Titlebook: Advances in Wireless Sensor Networks; 7th China Conference Limin Sun,Huadong Ma,Feng Hong Conference proceedings 2014 The Editor(s) (if app

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https://doi.org/10.1057/9780230625747h unidirectional links. However, there exist few studies on the strongly connected dominating and absorbing sets in wireless networks. In this paper, we propose an addition-based localized heuristic algorithm for constructing a SCDAS in a wireless network. The algorithm can obtain a small SCDAS with

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https://doi.org/10.1057/9780230625747assification accuracy while minimizing the energy consumption. This paper utilizes the theory of distributed random projection and joint sparse representation to develop a simultaneous dimension reduction and classification approach for multi-sensor activity recognition in BSNs. Both temporal and sp

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Conclusion: Germ Theory and Afterg to the traditional logical clustering theory. In this architecture, the cluster headers eliminate the negative effects of the current and improve the stability of the underwater sensor networks by drawing cluster nodes to do circular motion through cluster cables. This wired communication inside c

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https://doi.org/10.1007/978-3-031-14167-6y various factors such as social relationships, historic social interests and users’ private attributes. However, few publications systematically study the problem of social interest inferring in a real mobile network. In this work, we study the extent to which one’s social interest can be inferred

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Consumption and Well-Being, An Introduction,proposed a Slot-Divide Round Protocol Based on CSMA Neighbor Discover (SDRBC). The protocol could reduce the unnecessary transmission and improve the channel utilization efficiency. The performance of SDRBC is simulated with OMNET++, the results indicate that the SDRBC reduces more than 30 percent t

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Consumption and Well-Being, An Introduction,gestion control algorithm based on multi-priority data for opportunistic routing. By means of introducing the node queue model of multi-priority data and studying the next-hop node selection strategy based on the traditional opportunistic routing, the new algorithm CEDOP working on the multi-priorit

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